How to photograph a plane crossing the moon.

Chapter 01When the magic actually happens

The moon overhead is your best friend

A common myth in moon photography is that the moon is “biggest” when it’s near the horizon. Actually it’s the opposite — the moon’s apparent size is constant, but our brain plays tricks on us when we see it next to trees and buildings on the horizon.

What does matter is atmospheric distortion. When the moon is low, you’re looking through far more atmosphere, which causes:

• Softer detail in lunar surface features
• Haze, with yellow and orange color shifts
• Heat shimmer, especially over warm ground
• Worse seeing conditions overall

The cleaner shots happen when the moon is between 30° and 70° above the horizon. This is LunAir’s golden zone — high enough to be sharp, low enough that you don’t break your neck looking up.

Aircraft proximity is everything

The single biggest variable in how dramatic your photo looks is how close the aircraft is to you.

• An aircraft at cruise altitude (10,000m / 33,000 ft) directly overhead is roughly 10 km away
• The same aircraft at a 30° viewing angle is closer to 20 km away
• The same aircraft on the horizon is 100 km+ away — barely visible

LunAir tells you the aircraft’s altitude and viewing angle. Prioritize alerts where the aircraft is closest to overhead. The plane will appear larger, sharper, and more detailed against the lunar disk. Wing details, engines, even windows become visible with enough focal length.

The sweet spot

The shot every aviation photographer dreams of is one where the aircraft is:

• Climbing out of or descending into a nearby airport, so it’s at 3,000–6,000 m altitude — far closer than cruise
• Crossing the moon while the moon is at 40–60° elevation
• Captured around dawn or dusk, when the sky still has color but the moon is bright

If you live within 30 km of a major airport, you have a serious advantage. Approaching aircraft on final descent (3,000 m and dropping) appear dramatically larger than overflying cruise traffic.

Chapter 02Camera setup

The gear basics

You don’t need professional gear. You do need focal length — the moon is small in the sky.

Minimum useful setup:

• 400mm equivalent (full-frame) lens or longer
• Tripod (absolutely essential — handheld won’t work at this focal length)
• Camera with manual exposure control

Ideal setup:

• 600–800mm equivalent
• Sturdy tripod with smooth pan/tilt head
• Camera with high-speed continuous burst (10+ fps)
• Remote shutter, or 2-second self-timer

Exposure — start here

Moon photography breaks one big rule: the moon is bright, even at night. It’s sunlit rock. You’re shooting a daytime subject against a dark sky.

For partial moon (crescent, gibbous): increase ISO to 400–800, or open aperture to f/5.6. The unlit portion of the moon is much darker — exposure compensation often helps.

Critical: shoot in burst mode

Aircraft transits last less than a second from your viewpoint. The aircraft is doing 200–300 m/s relative to your line of sight. By the time you see the transit happen and react, it’s already over.

The strategy:

1. Frame the moon centered, dialled in sharp focus
2. Wait until the LunAir alert says “transit in 30 seconds”
3. Start a continuous burst (10 fps or faster) about 5 seconds before predicted transit
4. Hold the shutter through the entire transit
5. Stop after about 10 seconds of bursting

You’ll get 80–150 frames. One or two will have the aircraft in the perfect position. Most won’t — that’s expected, and it’s how this is supposed to work.

Chapter 03Yes, your smartphone works

This is the part nobody talks about: modern smartphones with telephoto lenses can absolutely capture moon transits. Not at professional quality, but at “this is genuinely a great photo to post on Instagram” quality.

Which phones work

• iPhone 15 Pro Max / 16 Pro Max — 5× telephoto (120mm equivalent). Workable for moon shots.
• Samsung Galaxy S24 Ultra — 5× telephoto plus 10× telephoto (230mm equivalent). Better.
• Google Pixel 8 Pro / 9 Pro — 5× telephoto with strong computational processing.
• Older models — Even iPhone 13 Pro or Galaxy S22 Ultra can work with patience.

If your phone has only a single wide-angle camera, you’ll get a tiny moon and a near-invisible aircraft. Skip the attempt and just enjoy watching the transit.

Smartphone setup

1. Lock exposure on the moon. Long-press on the moon in the viewfinder until “AE/AF Lock” appears. This prevents the camera from blowing out the moon’s surface.
2. Drag the exposure slider down by 1–2 stops. The moon should look correctly exposed (you can see craters), and the sky should be dark.
3. Use a tripod or steady surface. Even a stack of books on a railing works. Hand-holding at telephoto means motion blur.
4. Use burst mode. Hold the shutter button (iPhone: hold then swipe left; Android: similar) for continuous shooting through the transit.
5. Shoot in RAW if available. iPhone Pro models support ProRAW; Samsung has Expert RAW. You’ll get significantly more editing latitude.

Smartphone tips that matter

• Don’t pinch-zoom past your phone’s optical zoom limit. Digital zoom just enlarges pixels and creates mush.
• Avoid Night Mode for transits. It uses long exposures (1–3 seconds) which create motion blur on the moving aircraft. Use standard Photo mode.
• Manual camera apps like Halide (iPhone) or Manual Camera (Android) give you proper control if you want to override the defaults.
• Process the photos afterwards. Lightroom Mobile, Snapseed, or Apple’s built-in editor can dramatically improve a smartphone moon shot — pull down highlights, boost contrast, sharpen, crop in.

A smartphone won’t match a 600mm lens on a full-frame camera. But it’s enough to capture the moment, share the experience, and prove the alert worked. For many people that’s exactly the point.

Chapter 04The details that matter

Composition

The moon doesn’t have to be perfectly centered. Some of the best moon transit photos place the moon off-center using the rule of thirds, with the aircraft entering or exiting the frame. Crop afterwards if needed — that’s what RAW files are for.

Atmospheric quality

Check the conditions before you set up:

• Clear sky — obvious, but worth saying
• Low humidity — high humidity creates haze even on cloudless nights
• Stable air — windy nights cause atmospheric shimmer that softens detail
• Avoid shooting over hot surfaces — rooftops, parking lots, and asphalt all create heat shimmer that ruins fine detail

The hardest part: don’t panic

When the alert fires and the transit is approaching, the temptation is to chimp the camera display, check exposure, adjust focus. Don’t.

Trust your settings. Start the burst early. Hold it through. Most missed shots aren’t because the gear failed — they’re because the photographer over-thought it in the last 30 seconds.

After the shot

Inspect your burst frame-by-frame. The transit happens in 1–3 frames out of 100. Look for:

• Aircraft silhouette crossing the lunar disk
• Aircraft just above or below the moon (also a great composition)
• Aircraft within 1° of the moon (close-call shots are still impressive)

Even “near miss” frames make great photos. Don’t dismiss them.

Chapter 05The real secret

Most aviation photographers who get spectacular moon transit shots aren’t more skilled than you. They’re just more patient, and they trust their tools.

You’ll set up for a transit and the aircraft will pass 5° below the moon. You’ll get an alert and clouds will roll in. You’ll nail focus and exposure and discover your tripod head was loose.

This is normal. The first time you actually catch one cleanly is genuinely magical — and worth every miss before it.

Clear skies.